CN208440367U - Ecological floating island robot - Google Patents
Ecological floating island robot Download PDFInfo
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- CN208440367U CN208440367U CN201820983903.XU CN201820983903U CN208440367U CN 208440367 U CN208440367 U CN 208440367U CN 201820983903 U CN201820983903 U CN 201820983903U CN 208440367 U CN208440367 U CN 208440367U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/10—Biological treatment of water, waste water, or sewage
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- Aeration Devices For Treatment Of Activated Polluted Sludge (AREA)
Abstract
This ecological floating island robot includes floating type ecology oxygen-increasing device and the illuminated high-efficiency water purifying treatment device that connect with floating type ecology oxygen-increasing device, the floating type ecology oxygen-increasing device includes submerged water pump and the hydraulic pressure booster that is connected on submerged water pump, the nozzle being vertically arranged is connected on hydraulic pressure booster, the hydraulic pressure booster, which is fixed on, to swim on frame and in the ring network for being also connected with and being covered in nozzle lower end week to the periphery on frame that swims, the frame that swims is connect with driving device and driving device is connect with solar power supply apparatus, the illuminated high-efficiency water purifying treatment device includes at least two and sequentially connected annular float tube, any one annular float tube is connect by connection structure with the frame that swims, black sponge block is connected separately in every annular float tube, two pieces of adjacent black sponge blocks are connected with each other or interval setting, in every piece of black Water warfare structure is respectively equipped on sponge block.
Description
Technical field
The utility model belongs to water-treatment technology field more particularly to a kind of ecological floating island robot.
Background technique
In landscape site or pond, generally oxygenation can be carried out using aerator.
The oxygenation of aerator, although the water quality oxygen that can satisfy to a certain extent improves requirement, whether
The mode of aerator or fountain, or there is very big room for improvement, that is, oxygenation efficiency is lower.
Secondly, pond and river water its can be contaminated, and it is contaminated after be then difficult to carry out purified treatment to sewage in the short time,
Cause entire environment contaminated.Existing many inventors devise using non-woven fabrics etc. material, then in nonwoven cloth material
Upper spraying scavenging material, by several floating balls realization swim on the water surface, scavenging material for example: graphene etc..
The purification system of this structure, has following defects that
1, overall structure is complex, especially the structure of floating ball, is easy to be swum in table on non-woven fabrics by water slug
On face.
2, treatment effeciency is opposite or lower.
Utility model content
The purpose of this utility model is in view of the above-mentioned problems, providing one kind further increases oxygenation efficiency and water process purification
Better ecological floating island robot.
In order to achieve the above objectives, the utility model uses following technical proposal: this ecological floating island robot includes swimming
Formula ecology oxygen-increasing device and the illuminated high-efficiency water purifying treatment device connecting with floating type ecology oxygen-increasing device, the floating type ecology increase
Oxygen device includes submerged water pump and the hydraulic pressure booster that is connected on submerged water pump, is connected with and is vertically arranged on hydraulic pressure booster
Nozzle, the hydraulic pressure booster be fixed on swim on frame and swim be also connected on frame cover nozzle lower end week to the periphery
Ring network, the frame that swims is connect with driving device and driving device is connect with solar power supply apparatus, and the illuminated water is net
Changing processing unit includes at least two and sequentially connected annular float tube, any one annular float tube passes through connection structure and swims
Frame connection, is connected separately with black sponge block in every annular float tube, two pieces of adjacent black sponge blocks be connected with each other or
Interval setting, is respectively equipped with Water warfare structure on every piece of black sponge block.
Driving device includes any one in air pump and water pump.
The above-mentioned driving device of design can provide bubble while pushing driving for water, to carry out oxygenation.
Solar power supply apparatus includes several pieces of solar panels being circumferentially distributed, and the solar panels are obliquely installed,
Solar power supply apparatus is connect by inverter with electrical storage device.
By design nozzle and hydraulic pressure booster, the projected area of water and the fogging degree of water can be expanded, cooperate with ring
The structure of shape net, the water fallen downwards after ring network can spray nozzle are further processed, that is, can produce big
The bubble of amount, by the irradiation of sunlight so as to carry out oxygenation to water, not only oxygenation is more efficient, but also structure is simpler
It is single, it is more in line with the development trend of current social technology.
By designing black sponge block, absorptance can be improved, purified treatment efficiency can be greatly improved, can also compel
Keep photocatalysis more abundant, clean-up effect is more preferable and meets the development trend of current social technology.
The annular float tube of design, which obviate the superposition up and down after water slug, virtually improve floating stability and
Further improve purified treatment efficiency.
The number of plies of black sponge is for two layers and setting up and down.
It is connected between two layers of black sponge by detachable structure.
Detachable structure includes any one in velcro and hidden discount.
In above-mentioned ecological floating island robot, the Water warfare structure includes grapheme material layer and titanium dioxide titanium
The bed of material.
In above-mentioned ecological floating island robot, the Water warfare structure is grapheme material and titanic oxide material
Mixture.
Certainly, grapheme material layer and titanic oxide material layer can also be the material formed after mutual mixing.
The grapheme material layer and titanic oxide material layer of design can carry out purified treatment to sewage.
Grapheme material layer is honeycomb structure.
Titanic oxide material is black titanium dioxide material.
Hydraulic pressure booster is the prior art.
The submerged water pump and solar panels and/or city's electrical connection.
In above-mentioned ecological floating island robot, the ring network have several layers, and several layers ring network on to
Under stack gradually.
The design of the number of plies should not design excessively, excessively lead to the increase of cost and the increase of production difficulty.
The design of stacking can be further improved bubble yield.
In above-mentioned ecological floating island robot, there are spacing between two layers neighbouring of ring network.
The design of spacing can be further improved the yield of bubble.
In above-mentioned ecological floating island robot, support construction is equipped between two layers neighbouring of ring network, and described
Support construction surrounded and formed by the supporting point of several circle distributions.
The structure its be convenient for subsequent processing and manufacturing, and assembling, simultaneously, it is thus also avoided that in use process occur dislocation and
Phenomena such as displacement etc..
In above-mentioned ecological floating island robot, the upper surface of every layer of ring network is arranged in the supporting point, at every layer
The lower surface of ring network is equipped with several positioning tubes, the supporting point on lower layer's ring network in adjacent two layers ring network with other one layer
Positioning tube plug connection one by one on ring network.
Its stability that assembling can be improved of the structure.
In above-mentioned ecological floating island robot, the supporting point is in conical structure.
Its easy to process and subsequent assembling of the structure.
In above-mentioned ecological floating island robot, the ring network mesh aperture is gradually reduced from top to bottom；Or institute
The ring network mesh aperture stated is equal；Or the ring network mesh aperture is gradually expanded from top to bottom.
It is convenient for the yield amount of bubble to the structure, and plays the role of filtering.
In above-mentioned ecological floating island robot, the unilateral section of the ring network is in "-" type, waveform and U-shaped
Any one.
It is, of course, also possible to be other polymorphic structures.
In above-mentioned ecological floating island robot, the ring network is cylindrical in shape pyramidal structure.
The structure its be convenient for water flowing.
In above-mentioned ecological floating island robot, the present apparatus further includes mounting rack, is equipped on mounting rack several in vertical
The support column of setting, the circumferentially fixed upper end in the support column of ring network.
Mounting rack, which is fixed on, to swim on frame.
The structure its be convenient for subsequent assembly and disassembly.
Mounting rack is annular structure.
In above-mentioned ecological floating island robot, it is equipped with screw rod in the lower end inside center of ring network, screw rod is by ring
The water of shape net water conservancy diversion is guided by helical blade into water.
In above-mentioned ecological floating island robot, the present apparatus further includes the ring pipe below the ring network of bottom,
Several discharge pipes through ring pipe radial direction are connected on ring pipe, the lower end of discharge pipe stretches in water, discharge pipe it is upper
End is located at below the ring network of bottom, and ring pipe is connect with submerged air pump.
The design of discharge pipe can be atomized the water on ring network, at the same time it can also be aerated to water.
Discharge pipe is circumferentially distributed.
Discharge pipe is connected on the ring network of bottom by connecting column.
Black sponge block thickness in the application be not easy it is blocked up, be also not easy it is excessively thin, thickness suggestion select in 1-20mm.
In above-mentioned ecological floating island robot, connected between adjacent two annular float tubes by connector.
Connector includes two cuffs, and the connecting rope being connected between two cuffs.
In above-mentioned ecological floating island robot, the black sponge block is located on the same horizontal plane.
The structure its may insure floating stability.
In above-mentioned ecological floating island robot, the black sponge block shifts to install up and down.
It can be after the black sponge block of part filters heavier sinking to the structure, the higher black sponge block in relative position
Then it may be used.
In above-mentioned ecological floating island robot, connected between two pieces of adjacent black sponge blocks by Detachable connection structure
It connects.
The Detachable connection structure includes velcro, hidden discount etc. structure.
In above-mentioned ecological floating island robot, the annular float tube is made of a PVC pipe bending, and pvc pipe
It seals and is connected after the both ends docking of material.
Connector sleeve, the both ends sealed connection of connector sleeve and PVC pipe are equipped at the docking at both ends.
Secondly, the inner wall both ends in connector sleeve are respectively equipped with annular groove, sealing ring is respectively equipped in each annular groove, it is close
Seal covers at the both ends of PVC pipe, and sealant is then equipped between PVC pipe and connector sleeve.
In above-mentioned ecological floating island robot, the black sponge block is fixed on the upper surface of annular float tube.
At least two anchor ears are equipped in the lower surface of black sponge block, anchor ear is fixed in annular float tube.
Anchor ear is made of plastics.
In above-mentioned ecological floating island robot, set on the thickness direction of black sponge block there are two through-hole, annular is floating
Pipe is across two through-holes.
The block piece for being blocked in each through-hole both ends is arranged in annular float tube.
Block piece is made of plastics.
Block piece includes two pieces of symmetrically arranged halfbodies, and two pieces of halfbodies pass through plastics screw locking after mutually fastening.
In above-mentioned ecological floating island robot, the black sponge block is fixed on the lower surface of annular float tube.
Similarly, at least two anchor ears are equipped in the upper surface of black sponge block, anchor ear is fixed in annular float tube.
In above-mentioned ecological floating island robot, the grapheme material layer is sprayed on the one side of black sponge block, and two
The another side of black sponge block is arranged in titania meterial layer.
Here structure can be set according to the use environment of time.
As second scheme, in above-mentioned ecological floating island robot, the grapheme material layer and titanium dioxide
Material layer is separately positioned on inside black sponge block.
As the third scheme, in above-mentioned ecological floating island robot, the titanic oxide material layer is arranged black
The one side of color sponge block, grapheme material layer are sprayed on the another side of black sponge block.
In addition, grapheme material layer and titanic oxide material layer can also be mixed, it is unified to coat.
In above-mentioned ecological floating island robot, any one oval in rectangle of the annular float tube.
The design of annular float tube, which ensure that the stability of floating.
In above-mentioned ecological floating island robot, the black sponge block is in rectangular configuration.
In above-mentioned ecological floating island robot, the black sponge block is circumferentially with inclining of being arranged outwardly diagonally downward
Inclined-plane.
The design of inclined surface can reduce pressure when meeting water.
Robot further includes aerator, and the solar panels connecting with aerator.
In above-mentioned ecological floating island robot, the floating type ecology oxygen-increasing device and illuminated purifying water process dress
Connected between setting by annulus line, be equipped on annulus line it is several be vertically arranged and evenly spaced vertical pipe, it is described
Annulus line is connect with air pump one and annulus line and vertical pipe connection, and the lower end of vertical pipe stretches in water, vertical pipe it is upper
End seal is closed.
In above-mentioned ecological floating island robot, the frame that swims is circumferentially with obstacle avoidance sensor, obstacle avoidance sensor with
Solar power supply apparatus connection.
Obstacle avoidance sensor is 4G obstacle avoidance sensor, and structure is the prior art, and the application does not just do further its structure
Ground repeats.
The design of the sensor, can caused damage to avoid collision.
In above-mentioned ecological floating island robot, GPS locator, the GPS positioning are additionally provided on the frame that swims
Device is connect with solar power supply apparatus.
By GPS locator, position can be accurately controlled and understood.
In above-mentioned ecological floating island robot, robot further includes controller, and the obstacle avoidance sensor passes through nothing
Line communication modes are connect with controller, and the GPS locator is connect by wireless communication mode with controller, the control
Device is connect by wired or wireless communication mode with remote controler.
Controller is Rcharlance brand controller.
It has been the prior art as above-mentioned control physical circuit, the application does not make specific circuit further old
It states.
In above-mentioned ecological floating island robot, the storage connecting with solar power supply apparatus is additionally provided on the frame that swims
Electric installation.
Electrical storage device is battery, can be powered for rainy days.
In above-mentioned ecological floating island robot, the cleaning net stretched in water is connected on the frame that swims, it is described
Cleaning net be arranged forward diagonally downward.
The design of the cleaning net can clear up the sundries in water when swimming frame migration, for example, water plant
Etc..
Compared with prior art, the advantages of this ecological floating island robot, is:
1, by design nozzle and hydraulic pressure booster, the projected area of water and the fogging degree of water can be expanded, cooperateed with
The structure of ring network, the water fallen downwards after ring network can spray nozzle are further processed, that is, can produce
A large amount of bubble, by the irradiation of sunlight so as to carry out oxygenation to water, not only oxygenation is more efficient, but also structure is simpler
It is single, it is more in line with the development trend of current social technology.
2, by design black sponge block, absorptance can be improved, purified treatment efficiency can be greatly improved, it can be with
Force photocatalysis more abundant, clean-up effect is more preferable and meets the development trend of current social technology.
3, the annular float tube designed, which obviate the superpositions up and down after water slug, virtually improve the stability of floating
With further improve purified treatment efficiency.
4, the grapheme material layer and titanic oxide material layer designed can carry out purified treatment to sewage.
5, structure is simple and practical.
6, it swims migration, can be further improved purified treatment efficiency.
Detailed description of the invention
Fig. 1 is aeration system structural schematic diagram provided by the utility model.
Fig. 2 is ring network laminated arrangement structural schematic diagram provided by the utility model.
Fig. 3 is the structural schematic diagram of endless mesh belt screw rod provided by the utility model.
Fig. 4 is the distribution schematic diagram of ring network and ring pipe provided by the utility model.
Fig. 5 is the structural schematic diagram after annular float tube provided by the utility model is connect with black sponge block.
Fig. 6 is annular float tube structural schematic diagram provided by the utility model.
Fig. 7 is black sponge block structural schematic diagram provided by the utility model.
Fig. 8 is two structural schematic diagram of embodiment provided by the utility model.
Fig. 9 is example IV structural schematic diagram provided by the utility model.
Figure 10 is three structural schematic diagram of embodiment provided by the utility model.
Figure 11 is one structural schematic diagram of embodiment provided by the utility model.
Figure 12 is system block diagram provided by the utility model.
Figure 13 is system control process block diagram provided by the utility model.
In figure, 1, nozzle；2, ring network；21, supporting point；22, positioning tube；3, mounting rack；31, support column；10, annular is floating
Pipe；20, black sponge block；30, grapheme material layer；40, titanic oxide material layer；50, driving device；60, solar powered
Device；61, obstacle avoidance sensor；62, GPS locator；63, controller；64, remote controler；65, electrical storage device；66, net is cleared up.
Specific embodiment
It is the specific embodiment of utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
Embodiment one
As shown in figure 12,
This ecological floating island robot includes floating type ecology oxygen-increasing device a and the light that connect with floating type ecology oxygen-increasing device
Illuminated high-efficiency water purifying treatment device b.
Specifically, pass through annular between the floating type ecology oxygen-increasing device and illuminated high-efficiency water purifying treatment device of the present embodiment
Pipeline c connection, be equipped on annulus line it is several be vertically arranged and evenly spaced vertical pipe c1, the annulus line and gas
Pump one connects and annulus line is connected to vertical pipe, and the lower end of vertical pipe stretches in water, the upper end closed of vertical pipe.
Annulus line is connect with gas supply gas source.When inflating in annulus line, air-flow at this time enters along vertical pipe
Into water, that is, form oxygenation.
As shown in figure 13,
It is circumferentially with obstacle avoidance sensor 61 in the frame that swims, obstacle avoidance sensor is connect with solar power supply apparatus.
GPS locator 62 is additionally provided on frame swimming, the GPS locator is connect with solar power supply apparatus.
Robot further includes controller 63, and the obstacle avoidance sensor is connect by wireless communication mode with controller,
The GPS locator is connect by wireless communication mode with controller, and the controller passes through wired or wireless telecommunications
Mode is connect with remote controler 64.
In the electrical storage device 65 for being additionally provided on frame and being connect with solar power supply apparatus that swims.Electrical storage device is electrically connected equipped with city
Connect charge port.
Coulometric detector is equipped on electrical storage device 65, when electricity is lower, controller control driving device is pneumatic and returns
Charging station is back to charge.
As shown in Figs. 1-2,
Floating type ecology oxygen-increasing device includes submerged water pump 11 and the hydraulic pressure booster 12 that is connected on submerged water pump, diving
Water pump is latent under water, and diving depth is connected with the spray being vertically arranged depending on actual water environment on hydraulic pressure booster
Mouth 1, the hydraulic pressure booster be fixed on swim on frame and swim be also connected on frame cover nozzle lower end week to the periphery
Ring network 2.
The frame that swims is connect with driving device and driving device 50 is connect with solar power supply apparatus 60.
Secondly, the position of plant can be according to reality in the plant waterborne being placed on frame 6 positioned at 1 periphery of nozzle that swims
The case where be arranged, and publicity display device 61.Light may be implemented in it after publicity display device is powered.
Publicizing display device includes Waterproof LED display.
In the cleaning net 66 for being connected with and being stretched in water on frame that swims, the cleaning net is arranged forward diagonally downward.
The ring network 2 has several layers, and several layers ring network 2 stacks gradually from top to bottom.
There are spacing between neighbouring two layers of ring network 2.
Support construction is equipped between neighbouring two layers of ring network 2, and the support construction is by several circle distributions
Supporting point 21 surround to be formed.
The upper surface of every layer of ring network 2 is arranged in the supporting point 21, is equipped in the lower surface of every layer of ring network 2 several
Positioning tube 22, the positioning on the supporting point 21 and other one layer of ring network 2 on lower layer's ring network 2 in adjacent two layers ring network 2
22 plug connections one by one of cylinder.
The supporting point 21 is in conical structure.
2 mesh aperture of ring network is gradually reduced from top to bottom；
The unilateral section of ring network 2 is in any one in "-" type, waveform and U-shaped.
The ring network 2 is cylindrical in shape pyramidal structure.
The present apparatus further includes mounting rack 3, be equipped on mounting rack 3 it is several in the support column 31 being vertically arranged, ring network 2
The circumferentially fixed upper end in the support column 31.
It is circumferentially with positioning groove in the ring network 2 of bottom, the upper end of support column 31 inserts in positioning groove.
As shown in Figure 3-4,
It is equipped with screw rod 4 in the lower end inside center of ring network, the water of ring network water conservancy diversion is passed through helical blade by screw rod
Guidance is into water.
The present apparatus further includes the ring pipe 5 positioned at 2 lower section of ring network of bottom, and several run through is connected on ring pipe
The discharge pipe 51 of ring pipe radial direction, the lower end of discharge pipe stretch in water, and the upper end of discharge pipe is located under the ring network 2 of bottom
Side, ring pipe are connect with submerged air pump.
The design of discharge pipe 51 can be atomized the water on ring network, at the same time it can also be aerated to water.
Submerged air pump is connect with control device.
Discharge pipe is circumferentially distributed.
Discharge pipe is connected on the ring network 2 of bottom by connecting column.
The illuminated high-efficiency water purifying treatment device includes at least two and sequentially connected annular float tube 10, annular float tube
10 any one oval in rectangle.
It is, of course, also possible to be other shapes of structure, as long as easy to process and use.
It is connected separately with black sponge block 20 in every annular float tube, black sponge block 20 is in rectangular configuration.
Certainly, the structure of black sponge block 20 can also be ellipse etc..
Prioritization scheme, the black sponge block 20 of the present embodiment are fixed on the upper surface of annular float tube 10.
The design of the structure can utilize the photo absorption performance of black sponge block 20 to the full extent, can be improved net
Change treatment effeciency.
Adjacent two pieces of black sponge block gaps setting.
Specifically, at least two anchor ears are equipped in the lower surface of black sponge block, anchor ear is fixed in annular float tube.
Fixation and subsequent replacement are realized by anchor ear.
Grapheme material layer 30 and titanic oxide material layer 40 are equipped on black sponge block 20.Prioritization scheme, graphene
Material layer 30 is sprayed on the one side of black sponge block 20, and the another side of black sponge block 20 is arranged in titanic oxide material layer 40.
Annular float tube 10 is made of a PVC pipe bending, and seals and be connected after the both ends docking of PVC pipe.
Secondly, being connected between two adjacent annular float tubes by connector.
The black sponge block of the present embodiment is located on the same horizontal plane.
In addition, being circumferentially with the inclined surface being arranged outwardly diagonally downward in black sponge block.
Robot further includes aerator, and the solar panels connecting with aerator.Aerator is placed in pond
In, the flow velocity of water can be accelerated, so that purification efficiency is improved, the solar panels of design, in the case where there is sunlight to exposure
Device of air is powered.
Embodiment two
The working principle and structure of the present embodiment are basically the same as the first embodiment, and unique different structure is: Huo Zhesuo
2 mesh aperture of ring network stated is equal.
Embodiment three
The working principle and structure of the present embodiment are basically the same as the first embodiment, and unique different structure is: described
2 mesh aperture of ring network is gradually expanded from top to bottom.
Example IV
As shown in figure 8, the working principle and structure of the present embodiment are basically the same as the first embodiment, unique different structure
It is:
It is set on the thickness direction of black sponge block 20 there are two through-hole, annular float tube 10 passes through two through-holes.
Embodiment five
As shown in figure 9, the working principle and structure of the present embodiment are basically the same as the first embodiment, unique different structure
It is:
The black sponge block 20 is fixed on the lower surface of annular float tube 10.
Embodiment six
As shown in Figure 10, the working principle and structure of the present embodiment are basically the same as the first embodiment, unique different knot
Structure is:
The grapheme material layer 30 and titanic oxide material layer 40 is separately positioned on inside black sponge block 20.
Embodiment seven
The working principle and structure of the present embodiment are basically the same as the first embodiment, and unique different structure is:
The one side of black sponge block 20 is arranged in the titanic oxide material layer 40, and grapheme material layer 30 is sprayed on black
The another side of color sponge block 20.
Embodiment eight
The working principle and structure of the present embodiment are basically the same as the first embodiment, and unique different structure is: described
Black sponge block up and down shift to install.
Embodiment nine
The working principle and structure of the present embodiment are basically the same as the first embodiment, and unique different structure is: adjacent
Two pieces of black sponge blocks be connected with each other.It is connected between two pieces of adjacent black sponge blocks by Detachable connection structure.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (10)
1. ecological floating island robot is connect illuminated including floating type ecology oxygen-increasing device and with floating type ecology oxygen-increasing device
High-efficiency water purifying treatment device, which is characterized in that the floating type ecology oxygen-increasing device includes submerged water pump and is connected to diving water
Nozzle that is on pump and being vertically arranged, the submerged water pump, which is fixed on, to be swum on frame and is spraying swimming to be also connected with to cover on frame
Mouth lower end week ring network to the periphery, the frame that swims is connect with driving device and driving device is connect with solar power supply apparatus, institute
The illuminated high-efficiency water purifying treatment device stated includes at least two and sequentially connected annular float tube, any one annular float tube passes through
Connection structure is connect with the frame that swims, and is connected separately with black sponge block, two pieces of adjacent black sponges in every annular float tube
Block is connected with each other or interval setting, is respectively equipped with Water warfare structure on every piece of black sponge block.
2. ecological floating island robot according to claim 1, which is characterized in that the Water warfare structure includes graphene
Material layer and titanic oxide material layer.
3. ecological floating island robot according to claim 1, which is characterized in that the Water warfare structure is graphene material
The mixture of material and titanic oxide material.
4. ecological floating island robot according to claim 1, which is characterized in that the frame that swims is circumferentially with anticollision biography
Sensor, obstacle avoidance sensor are connect with solar power supply apparatus.
5. ecological floating island robot according to claim 4, which is characterized in that it is fixed to be additionally provided with GPS on the frame that swims
Position device, the GPS locator are connect with solar power supply apparatus.
6. ecological floating island robot according to claim 5, which is characterized in that this system further includes controller, described
Obstacle avoidance sensor is connect by wireless communication mode with controller, and the GPS locator passes through wireless communication mode and control
Device connection, the controller are connect by wired or wireless communication mode with remote controler.
7. ecological floating island robot according to claim 1, which is characterized in that be additionally provided on the frame that swims and the sun
The electrical storage device of energy power supply unit connection.
8. ecological floating island robot according to claim 1, which is characterized in that be connected with and stretch on the frame that swims
Cleaning net in water, the cleaning net are arranged forward diagonally downward.
9. ecological floating island robot according to claim 1, which is characterized in that the ring network has several layers, and
Several layers ring network stacks gradually from top to bottom；There are spacing between two layers neighbouring of ring network.
10. ecological floating island robot according to claim 1, which is characterized in that the floating type ecology oxygen-increasing device
It is connected between illuminated high-efficiency water purifying treatment device by annulus line, is vertically arranged and is spaced equipped with several on annulus line
Uniform vertical pipe, the annulus line is connect with air pump one and annulus line and vertical pipe are connected to, and the lower end of vertical pipe is stretched
Enter into water, the upper end closed of vertical pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820983903.XU CN208440367U (en) | 2018-06-25 | 2018-06-25 | Ecological floating island robot |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820983903.XU CN208440367U (en) | 2018-06-25 | 2018-06-25 | Ecological floating island robot |
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| Publication Number | Publication Date |
|---|---|
| CN208440367U true CN208440367U (en) | 2019-01-29 |
Family
ID=65090678
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820983903.XU Active CN208440367U (en) | 2018-06-25 | 2018-06-25 | Ecological floating island robot |
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| CN (1) | CN208440367U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108675469A (en) * | 2018-06-25 | 2018-10-19 | 浙江明烁节能科技股份有限公司 | ecological floating island robot |
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2018
- 2018-06-25 CN CN201820983903.XU patent/CN208440367U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108675469A (en) * | 2018-06-25 | 2018-10-19 | 浙江明烁节能科技股份有限公司 | ecological floating island robot |
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